Booster One black

The compression sleeve Booster One should be worn only during effort. It improves performances and reduces the risk of injuries.

During all the effort, it contributes to the great recovery of the athlete. The Booster one is inspired by BVSPORT’s origines. It follow the traditional know How of the original booster, redesigned especially for you, but the technicity has not changed.

PRESENTATION OF BOOSTER ONE

The Booster sleeve was created in 2003 in collaboration with the medical staff of the French 4x100 relay athletics team and the doctors from the BV SPORT research and development centre. It is the result of a specific manufacturing technique for exercisethat combines intelligent material with medical and scientific validations. Worn during exercise, this Booster compressionsleeve enhances performanceand reduces the risk of injury.

The Booster’s action promotes the longitudinal action of the gemellus muscles and the soleus by reducing oscillatory motion and vibrations, which cause fatigue and muscle injuries.

During exercise, the progressive Compressioneffect of the exercise Booster (BV SPORT patent) improves venous returnand promotes the oxygenation of the muscles, tendons and ligaments, thereby optimising performance. When worn regularly, the Booster sleeve delays the heavy leg phenomenon and significantly reduces the risk of cramps.

TECHNICAL FEATURES :

Compression Selective

Adapted pressure to the calf. Fast and effective elimination of toxins.

Calf support

Reinforced knit at the calf. Improves muscular support at the calf and reduces parasitic oscillatory movements and vibrations, sources of muscular lesions and fatigue.

Wide Border

Helps prevent tightness whilst maintaining blood flow

Ultra light

Optimal comfort

Scientific concept

Our compression support ranges are manufactured using circular knitting machines. This technique enables us to control the pressure and cut more accurately.

COMPRESSION SELECTIVE XPERIENCE

The BV SPORT research and development centre, with its many scientific studies, proved that the pressure put on the lower limbs varies depending on the type and thickness of the living biological tissues of which they are composed. These tissues act as a pressure shock absorber (muscles and fat) or are otherwise incompressible (bones and, to a lesser extent, tendons and nerves).

These innovative factors have enabled us to design meshes of variable levels of rigidity (flexible/semi-rigid/rigid), which have been incorporated into the production of our compression ranges (Booster and ProRecup) since 2004.